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Climate Research Roadmapping Workshop

Climate Research Roadmapping Workshop. Mike Kuperberg Presentation to BERAC September 17, 2010. BER Climate Change Research: The Energy-Climate Nexus. Greenhouse gases are emitted during energy production… and Climate change will impact energy production.

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Climate Research Roadmapping Workshop

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  1. Climate Research Roadmapping Workshop Mike Kuperberg Presentation to BERAC September 17, 2010

  2. BER Climate Change Research:The Energy-Climate Nexus • Greenhouse gases are emitted during energy production… • and • Climate change will impact energy production. • Understand the effects of GHG emissions on Earth’s climate and the biosphere • Provide foundational science to support effective energy and environmental decision making

  3. BER Climate Change Research Strategic themes • Atmospheric System Research • Environmental System Science (Terrestrial Ecosystems) • Climate and Earth System Modeling • ARM Climate Research Facility

  4. BER addresses key uncertainties in climate models: • Climate Modeling • Earth System • Regional/Global • Integrated Assessment • Process Research • Clouds • Aerosols • Carbon cycle How can we better integrate process research and climate models?

  5. May 2010 Climate Research Roadmapping Workshop • Objectives • Create a forum for discussion of scientific opportunities and knowledge gaps • Provide input in the framework of near, mid term, and long term goals (logic model approach) for next ten years • Identify new approaches for integration of climate science and encourage a wide range of ideas! • Process: • Led by the steering committee, develop white papers and blogs to spark discussion and promote debate • Focus on areas of unique DOE strengths in atmospheric sciences, terrestrial ecosystems, climate modeling, and on latitudinal challenges

  6. Steering committee members and program staff • Tony Janetos (PNNL), Ricky Rood (U Michigan), Peter Thornton (ORNL), Dave Turner (U Wisconsin-Madison) • Jerry Melillo (MBL) (keynote presentation) • Jeff Amthor, Wanda Ferrell, Joe Graber, Renu Joseph, Mike Kuperberg, Ashley Williamson • Over 50 participants, diverse scientific and institutional backgrounds

  7. Outcomes • Following the workshop, BER staff compiled material from: • Discussion papers • Presentations • Extensive notes • Compiled into the Workshop report (pre-print copies in BERAC handouts) • Hard copies to be available soon and electronic version will be posted on the BER website • BER identified seven overarching findings from the workshop

  8. Overarching Findings (1) • Build upon BER Strengths in Integrated, Model-Inspired Science to Understand Complex Earth Systems • Coupled Earth systems are among the most complex of systems • Understanding complex systems requires a systems approach and closely integrated, multidisciplinary research • Sensitivities identified by modeling results should be addressed by subsequent research • Systems research results should be well suited to informing coupled models • Current limitations in the ability of models to extrapolate understanding across spatial and temporal scales • BER’s strengths are well suited to the above science needs

  9. Overarching Findings (2) • Foster Balanced Program of Discovery and Use-Inspired Research • The breadth of discovery to use-inspired science is quite wide in climate change research • Discovery science involves long-term investments ranging from atmospheric science to soil biogeochemistry • Use-inspired science is often driven by shorter-term needs where advances in discovery science inform decision makers • While BER emphasizes discover science, there is a need to maintain balance between these two aspects of the program

  10. Overarching Findings (3) • Develop and Support Targeted Scientific Research Campaigns • Focus on tractable challenges • Nature of the challenge could range from single disciplines to the representation of complex systems and challenges within climate models • BER history is rich with such approaches (Intensive Operational Periods-IOPs, Free-Air CO2 Enrichment FACE experiments, tropical precipitation) • Identify the challenge and focus the necessary resources and science to resolve the issue.

  11. Overarching Findings (4) • Understand and Quantify Uncertainty in Climate Projections • Lack of uncertainty quantification limits our ability to interpret climate projections • Uncertainty quantification will improve model-process research and will inform decision making • Three types of model uncertainty • Internal – stochastic variability within a model • Intermodel – resulting from ensemble runs • Model-observations – where model projections diverge from recorded observations • Challenging models with observations will require coordination between the modeling and process science communities

  12. Overarching Findings (5) • Understand Sign (+ or –) of the Carbon Feedback and How It Changes over Time • The feedback of ecosystems to a changing climate is represented in earth system models with extreme variability • This is the result of a lack of understanding of these processes and their interactions with climate change • DOE’s history in both carbon cycle science and earth system modeling is well positioned to resolve this challenge • Need to couple process research with model development and evaluation

  13. Overarching Findings (6) • Understand Role of Natural and Anthropogenic Disturbances in Earth Systems and Incorporate Information into Model Projections • Disturbance can be the driving factor in the balance of Earth systems – often dominating long-term trends • Disturbance can be both natural and anthropogenic • Disturbance is neither well understood nor well incorporated in Earth system models • Need to get disturbance incorporated appropriately into models • Requires BER’s unique experience with process science and model development

  14. Overarching Findings (7) • Understand and Incorporate the Complete Water Cycle into Regional, Climate, Earth System, and Integrated Assessment Models • Water is the integrating factor with respect to Earth’s complex systems • Precipitation, soil moisture, surface and subsurface water movement are critical to Earth systems • The complete water cycle needs to be incorporated into all scales of models • Global models are beginning to represent large scale water processes, but regional scale processes are difficult • Water was recognized as an underappreciated aspect for the climate community

  15. Next steps: • The Report on the Climate Research Roadmap Workshop provides vital input from the scientific community on key knowledge gaps, important scientific opportunities, and new science integration ideas. • The Climate and Environmental Sciences Division will use the findings from the Roadmap Workshop—along with other input from the scientific community*— to update its ten year Strategic Plan from 2008. • The Climate report will be posted electronically and available in hard copy. *BERAC reports, National Academy, USGRCP, others

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